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To the tumour instead of on several seconds, for example. You condense it in milliseconds. For a physicist, this should not make any difference, but it seems like when you deliver radiation like this, the tumour gets damaged, the healthy tissue does not get damaged, and of course it could be Game Changing because you could forget everything about damaging surrounding tissues, etc, and it is as if the particles would know, this is a healthy cell, this is a cancer cell. Now, we have got recent results, not published yet, that seems to indicate that we do spare the normal tissue and we might do e...

Slight imbalance. if antihydrogen does not in fact behave the same as normal hydrogen. maybe gravity affects it ever so slightly differently.- it ever so slightly differently. it ever so slightly differentl . , , ., , it ever so slightly differentl. , , ., differently. this is the top of the alpha — differently. this is the top of the alpha g _ differently. this is the top of the alpha g machine - differently. this is the top of the alpha g machine were i the alpha g machine were anti—matter stands for the gravity —— g stands for gravity. it tries to as the question what happens to ant...

Does not in fact behave the same as normal hydrogen. maybe gravity affects it ever so slightly differently. this is the top of the alpha g machine, where g stands for gravity. this is the device that we are using to try and answer the question, "what happens to antimatter "if you drop it in the gravitational field "of the earth?" if your experiment found that anti—hydrogen falls up instead of down under gravity, what happens next? that would be super cool. that would be a complete revolution in science. that's a completely unanticipated result and would mean new physics, and probably a nobel...

To see if there is a slight imbalance — if anti—hydrogen does not in fact behave the same as normal hydrogen. maybe gravity affects it ever so slightly differently. this is the top of the alpha g machine, where g stands for gravity. this is the device that we are using to try and answer the question, "what happens to antimatter if you drop it in the gravitational field of the earth?" if your experiment found that anti—hydrogen falls up instead of down under gravity, what happens next? that would be super cool. that would be a complete revolution in science. that's a completely unanticipa...

To the stuff that is on the other side of them. and by looking at how anti—hydrogen behaves, jeffrey is hoping to answer one of the universe's biggest mysteries. why is there no antimatter left in the universe? shouldn't matter and antimatter have been created in equal amounts in the big bang, and shouldn't it all have just cancelled out, leaving nothing behind? jeffrey's project is looking for an explanation, by testing to see if there is a slight imbalance — if anti—hydrogen does not in fact behave the same as normal hydrogen. maybe gravity affects it ever so slightly differently. this...